Sorry your browser is not supported!

     *-
    /  \
*--*    \
         \
          *----*

int BRAINENG::FollowPath(int sprite,vector<float> pathpoints,float maxspeed,bool restart)
{
	
	if(velocity.size()==0)
	{
		vector<float> vel;
		vel.push_back(1);
		vel.push_back(1);
		velocity=vel;
		currentpathpoint=2;
	}
	agk::SetSpritePhysicsCanRotate(sprite, 0);
	
	vector<float> retvect;
	vector<float>targetP;
	vector<float>currentpoint;
	
	if(currentpathpoint<pathpoints.size()-1)
	{
		agk::SetSpritePhysicsOn(sprite,2);
		targetP.push_back(pathpoints[currentpathpoint]);
		targetP.push_back(pathpoints[currentpathpoint+1]);
	}

	else if(currentpathpoint>=pathpoints.size()-1)
	{
		//agk::SetSpritePhysicsOff(sprite);
		targetP.push_back(pathpoints[pathpoints.size()-2]);
	targetP.push_back(pathpoints[pathpoints.size()-1]);
	
	}
	int postemp=0;
	currentpoint.push_back(agk::GetSpriteX(sprite));
	currentpoint.push_back(agk::GetSpriteY(sprite));


	if(restartfollowpath&&restart)
	{
		
		agk::SetSpritePhysicsOn(sprite,2);
		restartfollowpath=false;
		agk::SetSpritePositionByOffset(sprite,pathpoints[0],pathpoints[1]);
		currentpathpoint=2;
		
	}
	
	else if(Length(targetP,currentpoint)<=5)
	{
		if(currentpathpoint>=pathpoints.size()-3&&restart)
		{
			
			//retvect=Seek(currentpoint,targetP,maph,tileh);
			 agk::SetSpritePositionByOffset(sprite,pathpoints[0],pathpoints[1]);
			
			
			restartfollowpath=true;
		}
		else
		{
		
			currentpathpoint=currentpathpoint+2;
		if(currentpathpoint<pathpoints.size()-2)
		{
			targetP[0]=pathpoints[currentpathpoint];
			targetP[1]=pathpoints[currentpathpoint+1];

			retvect=Seek(targetP,currentpoint,maxspeed);

			agk::SetSpritePhysicsVelocity(sprite,retvect[0],retvect[1]);
		}
		//agk::SetSpritePosition(sprite,retvect[0],retvect[1]);
		
		}
	
	}
	else
	{	
		if(currentpathpoint<pathpoints.size()-2)
		{
			targetP[0]=pathpoints[currentpathpoint];
			targetP[1]=pathpoints[currentpathpoint+1];
			retvect=Seek(targetP,currentpoint,maxspeed);
			agk::SetSpritePhysicsVelocity(sprite,retvect[0],retvect[1]);
		}
		else
		{
		//	if(currentpathpoint>=pathpoints.size()-2&¤tpathpoint<=pathpoints.size()+2)
		//	{
				//currentpathpoint=currentpathpoint+2;
		targetP[0]=pathpoints[pathpoints.size()-2];
		targetP[1]=pathpoints[pathpoints.size()-1];
		retvect=Seek(targetP,currentpoint,maxspeed);
		agk::SetSpritePhysicsVelocity(sprite,retvect[0],retvect[1]);
		//	}
		/*	else
			{
				targetP[0]=pathpoints[pathpoints.size()-2];
			targetP[1]=pathpoints[pathpoints.size()-1];
			agk::SetSpritePhysicsVelocity(sprite,0,0);
				agk::SetSpritePosition(sprite,targetP[0],targetP[1]);
			}*/
		}
	}
	
	return currentpathpoint;
}